Queen's University

Overview

The Bachelor of Science (BSc) in Geological Engineering at Queen's University equips students with the essential skills to examine Earth materials and subsurface conditions critical for various projects, including infrastructure, environmental protection, mining, and energy. The program emphasizes the collection and interpretation of geological, geotechnical, hydrogeological, and geophysical data, enabling students to make informed, evidence-based engineering decisions.

What you'll study

The curriculum combines foundational engineering principles with geoscience, complemented by hands-on field and laboratory experiences. Course offerings may change, so students should check the official Queen's University curriculum for the most current information.

Sample course areas

• Engineering Geology
• Geological Engineering Field School
• History of Life and Earth Dynamics
• Resource Geoscience and Engineering
• Geotechnical (Rock & Soil) Engineering
• Hydrogeology and Groundwater
• Pure and Applied Geophysics
• Exploration and Environmental Geochemistry

Typical program activities

• Develop skills in subsurface characterization through drilling, sampling, and geophysical methods
• Utilize modeling and interpretation techniques to support engineering design
• Engage in fieldwork and practical components to hone professional investigation methods
• Conduct engineering analyses to assess risks such as settlement, slope instability, and groundwater effects

Next step: Explore the full curriculum on the program website for a comprehensive list of courses and any required capstone or project components.

Entry requirements

Admission to the BSc in Geological Engineering at Queen's University considers the applicant's academic background. Specific minimum GPA or grading thresholds may not be publicly listed; prospective students should verify the latest entry requirements on the official program page.

Career prospects

Graduates of the Geological Engineering program are well-prepared to pursue careers in various fields, including environmental consulting, resource management, and civil engineering. The program's strong emphasis on practical skills and data analysis ensures that students are equipped to meet industry demands and contribute effectively to projects focused on sustainability and safety.